Numbers 0-10

This instructional video guides early learners through the concept of "number bonds" for the number 7, effectively demonstrating the part-part-whole relationship in addition. Using concrete manipulatives (colored linking cubes) alongside an abstract visual model (number bond diagram), the video systematically explores different pairs of numbers that sum to seven. The clear, uncluttered presentation allows students to focus entirely on the mathematical relationships being demonstrated.

This educational video introduces young learners to the concept of subtraction through simple, visual word problems. Using engaging animations, the video presents two distinct scenarios: a farm setting with sheep and a playful scene with bubbles. In each story, the narrator guides students through the process of identifying the total number, recognizing the amount being subtracted, and calculating the remainder using number bonds and subtraction equations. The video explores key mathematical themes including basic subtraction, part-whole relationships (number bonds), and translating word problems into numerical equations. It specifically focuses on single-digit subtraction within the range of 1-10, making it highly accessible for early numeracy development. The use of the phrase "take" alongside the minus symbol helps bridge the gap between spoken language and mathematical notation. For educators, this resource serves as an excellent visual aid to reinforce subtraction skills. It demonstrates how to visualize a math problem using concrete objects before moving to abstract numbers. Teachers can use this video to model how to extract relevant information from a story problem, how to use number bonds as a solving strategy, and how to write the corresponding subtraction sentence. It is particularly effective for visual learners and for introducing the concept of "taking away."

This educational math video demonstrates how to solve a missing addend problem using concrete visual aids. Specifically, it tackles the equation "3 + _ = 10" by using drawings of bananas to represent the numbers. The narrator guides viewers through a "counting on" strategy, starting with the initial three bananas and drawing additional ones one-by-one until the total reaches ten. The video explores key themes of addition, equality, and the relationship between numbers that sum to ten (often called "friends of ten"). It visually distinguishes between the starting quantity and the added quantity, helping students understand that the missing number represents only the items added to reach the total, not the total itself. For educators, this video is an excellent tool for introducing or reinforcing algebraic thinking in early elementary grades. It bridges the gap between concrete counting and abstract equations. Teachers can use it to model how to use manipulatives to solve for unknown numbers, validating strategies like counting on or using drawing to solve math problems.

This video explores the fundamental difference between addition and subtraction through a simple, visual example involving fruit. The narrator presents a scenario with five blueberries and three cherries, challenging viewers to determine whether they need to add or subtract to find the "total number of fruit." The video clearly distinguishes between the two operations by visually mapping them to physical actions—combining sets versus taking items away. Key themes include counting objects, understanding mathematical symbols (+ and -), and interpreting word problem vocabulary. The video visually demonstrates that addition is used for combining distinct groups to find a larger total sum (5 + 3 = 8), while subtraction is modeled as "taking away" or removing items from a starting group (5 - 3 = 2). This side-by-side comparison helps clarify when to apply each operation. For educators, this resource is an excellent tool for introducing early arithmetic concepts and problem-solving strategies. It helps students transition from concrete counting to abstract equations by explicitly visualizing the "why" behind the choice of operation. The clear comparison between "getting more" (addition) and "eating/taking away" (subtraction) provides a strong mental model for young learners beginning to solve one-step word problems.

This educational video provides a clear, step-by-step introduction to reading and interpreting picture graphs (also known as pictographs). Using a farm-themed example, the narrator guides viewers through the essential components of a graph, including the title, axis labels, and most importantly, the key or legend. The video demonstrates how to count symbols in different categories to gather data and how to perform basic addition to interpret that data. The content focuses on data representation and analysis appropriate for early elementary students. It explores themes of counting, sorting, and analyzing information visually. The video specifically demonstrates how to translate visual icons into numerical values (e.g., counting mouse icons to determine there are 6 mice in the barn) and how to synthesize this information to answer questions about totals and specific categories. For teachers, this video serves as an excellent introduction or review of graphing concepts. It models the thinking process required to interpret data, verbally articulating questions like 'How many mice are in the barn?' and 'What is the total number of mice?' It can be used to spark learning by having students follow along and count before the narrator reveals the answers, or as a model for students to create their own picture graphs based on classroom data.

This educational video introduces young learners to the mathematical concept of number bonds, a key foundation for understanding addition and subtraction. Through a series of clear, colorful visual demonstrations, the video illustrates how two separate groups (parts) can be combined to form a total number (the whole). It progresses from using static manipulatives like linking cubes to animated scenarios featuring ants and alligators to keep students engaged while reinforcing the math concepts. The content explores several key themes including counting, decomposing numbers, the commemorative property of addition, and the concept of zero. It specifically uses the language of "parts" and "whole" to help students verbalize their mathematical thinking. The video covers sums up to 9, demonstrating various combinations such as 2+1, 3+3, 2+7, and importantly, 7+0, helping to clarify that adding zero results in the same number. For educators, this video is an excellent tool for introducing or reinforcing early arithmetic skills in Kindergarten and 1st Grade classrooms. It bridges concrete representation (cubes/animals) with abstract notation (number bond diagrams with digits). Teachers can use this video to launch lessons on addition, as a visual anchor for explaining the "part-part-whole" relationship, or as a model for students to create their own math stories using physical manipulatives.

This educational video introduces early learners to the subtraction strategy of "counting back." Through three clear, visual examples involving eggs, books, and linking cubes, the video demonstrates how to solve subtraction problems by starting at the whole number and counting backwards by the amount being subtracted. Each example progresses from a real-world scenario to a visual counting method, and finally to a written mathematical equation. The video focuses on the fundamental concept of subtraction as "taking away" and connects it directly to the mental math strategy of counting backwards. It uses clear visual aids—specifically curved lines representing "hops" backwards on a number line—to help students visualize the abstract concept of decreasing value. The examples used (7-3, 8-4, and 9-3) cover single-digit subtraction within 10. This resource is highly valuable for Kindergarten and 1st Grade classrooms introducing subtraction strategies beyond simple counting of remaining objects. It bridges the gap between concrete manipulatives (like counting physical eggs) and abstract mental math (counting back in one's head). Teachers can use this to model how to use number lines or mental counting to solve equations efficiently.

This educational video introduces early learners to the concept of number bonds using concrete manipulatives. Through a clear, step-by-step demonstration with colorful linking cubes, the video illustrates the part-part-whole relationship in mathematics. It specifically focuses on how two smaller numbers (parts) combine to form a larger number (the whole), utilizing a standard number bond diagram to visualize these connections alongside physical objects.

This educational video introduces young learners to the concept of addition through visual examples and step-by-step equation writing. Using concrete objects like kittens, cherries, and eggs, the video demonstrates how to combine two groups to find a total. It explicitly connects visual counting to the abstract representation of mathematics by showing how to translate physical quantities into both written sentences and numerical equations. The content focuses on three key themes: identifying parts of a whole, understanding number bonds (part-part-whole relationships), and learning mathematical vocabulary. It guides students through the process of recognizing distinct groups, counting them, and then expressing that relationship using the terms "plus" and "equals," as well as the symbols "+" and "=". This progression helps bridge the gap between counting and formal arithmetic. For educators, this video serves as an excellent instructional tool for modeling how to write addition equations. It reinforces the "part-part-whole" model using clear number bond diagrams alongside the equations. Teachers can use this video to scaffold lessons on addition, helping students move from counting physical manipulatives to writing their own number sentences. The repetitive structure allows for predictable learning, making it ideal for pause-and-discuss sessions where students predict the answers before they appear on screen.

This educational video introduces early learners to the concept of counting backwards and the specific value of zero through a simple, visual demonstration using flowers in a pot. The video systematically removes one flower at a time, starting from three and ending with an empty pot, providing a concrete visual representation of subtraction and descending numerical order. The clear narration pairs spoken numbers with written numerals and words, reinforcing number recognition and literacy simultaneously. The content focuses on two primary mathematical themes: sequential counting backwards (3, 2, 1, 0) and the conceptual understanding of zero as "none" or the absence of items. By explicitly showing the empty pot and labeling it as "no flowers" and then "zero flowers," the video helps bridge the abstract concept of zero with a tangible real-world example. The handwriting animation for both digits and number words further supports fine motor visualization and literacy development. For educators, this video serves as an excellent hook for lessons on subtraction, countdowns, or the introduction of zero. It effectively uses the "fading" scaffolding technique—starting with a full set and reducing it—to teach the sequence of counting back. Teachers can use this video to transition students from counting objects (cardinality) to understanding the sequence of numbers in reverse, making it a foundational resource for Pre-K and Kindergarten math curriculums.

This educational video introduces early learners to the concept of addition through the strategy of "putting together." Using clear, simple animations of familiar objects like burgers, cubes, and counters, the video demonstrates how combining two distinct groups results in a larger total sum. The narrator guides viewers through counting each group individually before physically moving the items together to count the new total.

This instructional video provides a clear, step-by-step demonstration of number bonds for the number 5 using concrete manipulatives. By utilizing connecting cubes in two contrasting colors (yellow and green), the video systematically explores every possible integer combination that sums to 5, starting from 5+0 and proceeding to 0+5. The visual representation of a "cube train" changing color one block at a time effectively illustrates the concept of decomposition and the relationship between parts and a whole. The video covers key mathematical themes essential for early numeracy, specifically the part-part-whole relationship and the foundational logic of addition. It subtly introduces the commutative property by showing that 2+3 and 3+2 both result in the same whole. The use of a standard number bond diagram (three connected circles) alongside the physical cubes helps bridge the gap between concrete objects and abstract mathematical notation. For educators, this video serves as an excellent model for introducing addition facts without relying initially on written equations. It is particularly useful for visual learners and can be easily replicated in the classroom using physical manipulatives. The pacing allows for interactive viewing, where students can predict the next number bond before it is revealed, making it a versatile tool for both direct instruction and guided practice in early elementary mathematics.